We have seen a considerable increase in the demand for entertainment ice facilities. The onus is on the manufacturers of ice rink refrigeration systems to up their game in terms of provision of top notch appliances.
Relevant agencies are intent on production of high standard ice rink refrigeration systems. Manufacturers have no choice but to produce systems that adequately satisfy the requirements of the consumers.
The underlying function of refrigeration is about removing heat and creation of cold conditions. Companies planning on entering the segment must possess basic knowledge of how heat is moved.
In simple terms heat will always move from areas where there is more warmth to ones with less. There are the indirect and direct method that the process of refrigeration takes place.
A refrigerant that is in fluid form is used in the indirect format of refrigeration. It functions by absorbing heat from a secondary fluid which subsequently removes heat from a sports arena
In direct refrigeration, the objective is achieved by pumping the main refrigerant directly through the ground’s pipes. Though this procedure will appear to be more effective, it is not a preferred option by many rink specialists.
Rink experts are of the view that it is much easier and safer controlling the refrigerants which are potentially harmful in an indirect process. Some of these toxic substances include ammonia and R-22.
The toxins have the capacity to reach out to the whole playing perimeter. The likelihood of the refrigerant escaping into the surrounding areas is high. Since R-22 has no smell, the leakage will go unnoticed.
Ammonia has a pungent smell making its detection much easier. The commonly used brine in indirect methods of refrigeration is glycol and saline solution. More effective heat movement is noticed when the saltwater solution is employed as the brine.
The standard and effectiveness of the ice rink refrigeration system is judged by how well the location underneath the ground has been done. In order to get the accurate measurements of the ice surface, the use of infrared camera is employed.
To determine how a rink refrigeration system reacts to a change in the temperatures, computer monitors are used. In the ice recreational industry computers can be used to receive information from as many as forty sensors in a playing arena.
The ice rink refrigeration plants can be programmed to factor in usage schedules. When the schedules are done when there are no activities, it results in massive energy savings.
Without a doubt having a proper ice rink refrigeration infrastructure is a very skilled procedure. It behooves on anyone aspiring to have a refrigeration system professionally done to enlist the services of refrigeration specialists who have what it takes to do perform an impeccable job.